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STATICS | Chapter 2 | P 2.21 & P 2.22 | Rectangular Components | Engineers Academy
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Engineering Statics by Meriam and Kraige!
STATICS | Chapter 2 | P 2.21 & P 2.22 | Rectangular Components | Engineers Academy
Chapter 2: Force Systems
Resolution of Force into Components
Find normal and tangential components of a given force.
Problems Solution
0:00 2/21 At what angle must the 800-N force be applied in order that the resultant R of the two forces has a magnitude of 2000 N? For this condition, determine the angle theta between R and the vertical.
6:07 2/22 The unstretched length of the spring of modulus k =1.2 kN/m is 100 mm. When pin P is in the position=30deg , determine the x- and y-components of the force which the spring exerts on the pin. (The force in a spring is given by F kx, where x is the deflection from the unstretched length.) Hibbeler Statics - Chapter Playlists
Engineering Statics by Meriam and Kraige!
STATICS | Chapter 2 | P 2.21 & P 2.22 | Rectangular Components | Engineers Academy
Chapter 2: Force Systems
Resolution of Force into Components
Find normal and tangential components of a given force.
Problems Solution
0:00 2/21 At what angle must the 800-N force be applied in order that the resultant R of the two forces has a magnitude of 2000 N? For this condition, determine the angle theta between R and the vertical.
6:07 2/22 The unstretched length of the spring of modulus k =1.2 kN/m is 100 mm. When pin P is in the position=30deg , determine the x- and y-components of the force which the spring exerts on the pin. (The force in a spring is given by F kx, where x is the deflection from the unstretched length.) Hibbeler Statics - Chapter Playlists
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